Interview, Fireside Chat, Conference Presentation
Jake Loosararian, Gecko Robotics | All-In Summit 2024
- Global infrastructure is facing a crisis due to reaching the end of its useful life, which hinders economic progress and exposes Fortune 500 companies to $1.5 trillion in annual losses from unpredictable catastrophic failures.
- Gecko aims to mitigate these risks and extend asset life by deploying autonomous robots to access hazardous areas previously unreachable, supported by fixed sensors streaming live operational data via the Fulcrum API platform.
- The company's optimization models predict necessary repairs to extend asset life by five and ten years, with data collection over the past decade projected to impact operations from the ground level to the executive suite within the next 10 years.
- Commercial traction includes a potential contract expansion from an initial $30 million to $100 million with a major oil and gas firm showing $122,000 ROI per tank, alongside partnerships with Exxon, BP, and involvement in the US Air Force's $130 billion nuclear missile silo modernization.
- Operational efficiencies gained from the platform include an 85% reduction in labor and a one-month improvement in flight deck turnaround times, with plans to expand these capabilities to ballast tanks, hulls, and commercial maritime sectors over a 7- to 8-year account horizon.
- Strategic advantages are sought through data density and hardware stickiness, with expectations that first-order data companies will dominate the software market over the next 10 to 20 years while standalone SaaS models decline.
- Future growth relies on expanding robot capabilities beyond data gathering to perform diverse jobs, maintaining a non-competitive stance toward Optimus robot sales, and addressing public safety requirements by prioritizing infrastructure spending on assets like bridges.
- Environmental projections suggest stopping pipeline explosions and oil leaks could reduce US emissions by 18% by 2030, while broader applications aim to optimize construction and manufacturing through digital threads to prevent delays.